Demand for Industrial Robotic Motors Increasing As Factories Aim For Time and Cost Efficiency

An industrial robotic motor is a robotic device used in manufacturing of various items. Industrial robots are digital, programmable, and are able to operate on three or four axes. Automation plays an important role in the manufacturing industry, and robotic solutions provide businesses with the opportunity to produce goods quicker, at a cheaper expense, and of better quality, while at the same time removing expensive activities. Robotics develop machines that can replace human effort and replicate their actions to perform an industrial task with better precision and accuracy.


  • AC motors: These motors are generally used in heavy applications where high load or load bearing capacity is required. AC motors are used in industrial robots. These motors are tough, efficient, and inexpensive. Advances in power electronics have resulted in high-power solid-state switching devices for use in AC induction motors.
  • DC motors: These are permanent brush type motor and are used in many industrial applications, because of the ease of speed and direction. Only two wires are running into DC motors; one for ground and the other for power.
  • Servo motors: These are used in closed-loop systems with digital controllers, also used in robotic arms and angle control. They have three wires; ground, power and control pulse. Servos have a wide variety of robotic applications.
  • Stepper Engines:  These are brushless motors. It doesn’t requires any complex mechanism. They may be considered a Unipolar or Bipolar Step Engine, based on the arrangement of windings within a stepper engine.


Some of the advantages of industrial robotic motors are discussed below:

  • Safety: Robots can operate in settings and on activities that are deemed to be of high risk for human workers. By using robotic control devices, factories can greatly minimize the workplace risks that workers can be exposed to, improving workplace security. 
  • Speed and Quality: Robotic motors deliver quality services with regards to performing an industrial task at a swift speed and with greater precision. As they are programmed for accurate and repetitive action, they are less likely to make errors. Robotic motors tend to be both speed and a quality control device in some cases. They can work all the time, which speeds up production. They save staff from overworking themselves under high-pressure timelines or almost unrealistic expectations.
  • Productivity: The ability to work continuously without exhaustion makes robotic motors extremely efficient and can contribute to a fast return on investment for manufacturers. The accuracy of robotics ensures fewer mistakes in the manufacturing process, which also leads to a reduction in the costs of waste and production.


 With the change in technology, the regulatory framework is constantly updated and has gotten increasingly complex to fit in the new accommodations. In collaborative robots while working alongside human personnel, it is the safety of operators which is a major concern. Countries such as China and Japan have already initiated the regulation, production and design of such equipment. This will also boost opportunities for industrial robotic motors sales. As the leading motor type, servo-engines sales are poised to surge considerably in the coming years.


  • The majority of engines have high and low torque, and robots require low speed and high output torque.
  • Safety of the workers are compromised. Before installing the robots, manufacturers have to ensure compliance and create a safe working environment.
  • If a robot motor can perform faster and more consistently, then people may not be needed. Fear of losing jobs is one of the biggest concern of all workers.
  • Lack of skilled individuals can restrict operations of industrial robotic motors
  • Small business owners who want to install robots in their production facilities are confronted with significant upfront costs. Robotic motors are not cheap and can put an organisation under extreme financial pressure.
  • Robotic motors are prone to cyber safety issues. Many organisations and individuals are exposed to the risk of losing their data to hackers and scammers.

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Application of industrial robotic motors is expected to surge in machinery, electrical equipment, computers, electronics, and other industries. The demand for increasing production while saving time and cost incurred will increase their uptake across industries.

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